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Very simple and cheap Infra-Red night vision googles, using a model A raspberry pi, a NOIR camera and Quanum FPV Goggles.

For a while now I have been playing with Multicopters, and whilst I prefer to make the models myself and fly them properly with a transmitter, I couldn’t help being interested in First person View (FPV) so I got a camera and transmitter and a small monitor. My first attempt didn’t end well I took off the model by sight and the monitor was in the back of the car. Then when I was happy I took my eyes off the model and looked at the small monitor, I flew for about 30 seconds then looked up…… I hadn’t got a clue where the model was! When I finally spotted it I couldn’t work out which way it was facing and flew it into a tree!

After that poor attempt I wondered if goggles would be a better choice so I had a look on line and found that the decent goggles are a lot of money, then I saw the Quanum goggles and at £32 a thought they were worth a go.

So when the googles arrived a promptly put them together and fitted the unit to my face (trimmed the polystyrene) I then connected the goggles to 12volts and to the RCA from the receiver. To my surprise they worked really well! However I had another plan!

Step 1: The Bits.

So because the goggles had a RCA input they could be connected to a raspberry pi and if you had a camera in the front you could maybe make a crude set of night vision goggles??

So for this project you need the following:-

Raspberry pi model a will do.

Quanum googles.

NOIR camera.

IR light source.

Wireless keyboard and mouse.

SD card with raspbian operating system.

BEC (Battery Elimination Circuit to power the raspberry pi
with 5v using a 3 cell lipo)

3 cell lipo.

Now I might be a bit of a geek but I happen to have all the items I needed! So this was just for fun and to see if it worked and the whole unit was just taped together so it could be stripped down and the goggles used for their real purpose (FPV)

The raspberry pi I have is an original “A” model which I hacked to remove the RCA connector (not for this project) so I then had to solder a RCA lead onto the pads left. The other connections are the BEC wires which were soldered to the GPIO pins Pin 2 (or 4) for positive and pin 6 for negative, See the photos. The camera model was then connected to its connector.
At this stage I connected the raspberry pi to a monitor and wireless keyboard/mouse (the Raspberry pi “A” only has one USB connector so the wireless keyboard and mouse work well with just the one USB needed for the receiver) I then checked all bits worked by switching on and opening up the terminal and running

raspistill -t 0

This turns on the camera so you get a preview but doesn’t take a picture.

You can also use

sudo raspistill -t 0 -k -o my_pics%02d.jpg

this gives you a preview and takes a picture if you press enter saving the picture with a file name my_pics + date/time stamp + .jpg

And if you want to take a video you could use:-

sudo raspivid -t 0 -o video.h264

which takes a continuous video (time(-t) set to zero). And saves it as filename video.h264, you will however have to “Ctrl C” to stop the filming.

Step 2: The Construction.

Once I was happy that everything seemed to work I then taped the lot together! (Like I said earlier this project is just for fun and not for keeps) so firstly I taped a piece of balsa wood onto the front of the googles, this gives me a nice flat base for the camera. The camera is taped to the IR light unit using foam tape, this was then stuck on the balsa wood making sure the light sensor (which turns on the IR LED’s) isn’t obscured. Next to be stuck into place was the raspberry pi which was taped underneath the googles and the connector to the camera was pushed home. To take the strain of the cables they were also taped to the side and the BEC taped next to them. And that is basically it the power cable for the googles and the wires for the 12volt feed to the IR LED’s and BEC to Raspberry pi were taped together to keep them neat. So I gave it a go, turned on the raspberry pi and let it boot up before putting on the googles then opened terminal and typed:-

sudo raspistill –t 0 –k –o my_pics%02d.jpg

So with the lights on and the lens adjusted the picture is very good so what about with the lights off??

Step 3: Lets Turn the Lights Out!

The real test was with the lights out! So carefully I made my way to the light switch and turned then off, as soon as the light detector sees the drop in light levels it turns on the IR LED’s and the picture turns to grey but it is unbelievable! I had to take the googles off to make sure I was in darkness! The picture is brilliant and apart from the grey scale you really can’t tell its dark!!

So at this stage I then added an inline DVR recorder so I can make a video for instructables. This video recorder was something I brought for the Multicopters and the resolution is poor so the video is a bit rubbish but hopefully you can get the idea. I have added a few pictures from the camera.

And also a video using the pi camera on video mode.

For more information on the raspberry pi camera commands please look at this web page

https://www.raspberrypi.org/documentation/raspbian/applications/camera.md

<p>thanks for that project, please, i got the same IR board, but it get very Hot after 5 minutes, did that happen to you ?! any suggestion to solve that ?! thanks</p><p>PS: i use a power supply 12V, 2A</p>
<p>Have you tried it out on greater distances? I can see making one for my boat such as a FLIR device. And would it work in fog and rain?</p>
This will not work in rain or fog any more than your eyes will, in fact, would likely be worse due to light reflection. You need thermal. Is ion for that.<br>
<p>&gt; Is ion for that. </p><p>Do you mean you can DIY real PASSIVE night vision (thermal or photo multiplier) based upon Raspberry or sth similar? What is 'ion' mentioned above?</p>
<p>Read the correction comment right below my 1st comment, which is now below this.</p>
<p>Oh I see it was just corrupted text... </p><p>Well, what do you think of diy PASSIVE night vision? Hunting purposes, for instance? Ready made monocular for $200 .. 300 + link below + some knowledge + some garage technologies = ??? )) </p><p>For ready made thermal imager costs just about $15K... Can we half down the price just to begin with? ;)) </p><p><a href="http://www.hamamatsu.com/us/en/product/category/3100/3009/V12841D-G130/index.html" rel="nofollow">http://www.hamamatsu.com/us/en/product/category/31...</a></p>
<p>$15k?</p><p>You can get commercial FLIR units for under $3k</p>
<p>Or make your own. Raspberry Pi 3 (for processing power) and then <a href="https://www.sparkfun.com/products/13233" rel="nofollow">https://www.sparkfun.com/products/13233 </a> for the FLIR portion.</p><p>Looks good.</p>
<p>That was the rifle IR optical sight' price from the local vendor. The same guys suggest similar devices for $200 - not 'vision' itself, but just IR hunting detector 'Y/N' and 'BIG/SMALL' style. And between them there is a lot of intermediate stuff for $~&lt;1K per item (monoculars). The prices are extremely different I agree but products' peculiarities too.</p><p>But I feel curiosity towards the link mentioned. I've made the enquiery yesterday and now I await for the answer (they don't specify their prices for they are manufacturer not a vendor but I have no local vendor here selling their products)...</p>
Fat fingers at work... You need thermal VISION for that.
<p>I would say this type wouldn't work well. The distance is about 8 meters, and just the moisterue from my breath messes it up!</p>
<p>Gotcha'. Thanks for the response!</p>
<p>Thanks for the instructable! I made these a couple months ago. The only problem I had was figuring out how to get video out of the 1/8&quot; jack.</p>
<p>I bought a DIY quanum google set. Do I need to buy anything extra?</p>
<p>Are you gong to make Night vision goggles? or use them for FPV</p>
<p>night vision goggles</p>
<p>you do know they make ir cameras with rca output right?</p>
<p>Yes, but this was just made with the items I happened to have!</p><p>And when you use the raspberry pi you have the option to record video or take pictures. </p>
<p>The TV show &quot;What Could Go Wrong?&quot; constructed IR goggles from an IR baby monitor, a battery, power supply and (I think) the body of welding goggles. They didn't give a &quot;blow-by-blow&quot; as to how to build it, but it seemed to work about as well as commercial IR viewers. That would seem to be a lot easier, and possibly cheaper, than this &quot;build&quot;. Perhaps someone more knowledgeable than myself could review this build and comment.</p>
<p>So compact.</p>
<p>A excellent project can you supply connection details or or a block diagrame </p>
<p>Sounds like you have loads of ideas.</p><p>The wiring is very basic, the raspberry pi needs 5 volts which you can either supply on the micro USB connector or onto the GPIO pins (2 = + 5 and 6 = GND) the camera connects directly to the raspberry pi using its supplied cable and the IR light source happens to run from 12 volts so I just used a 3 cell LiPo and the stepped down the volt to 5 volts for the Pi.</p>
<p>I have never been in to raspberry pi's and such like but i have been looking to buy one to play about with and see how it ticks, (when i buy a lot of things i try and find every thing there is to find about what i have obtained)</p><p>anyway after seeing your project i think i do some exploring and experimenting. It may be an idea to make of buy some prismatic diffusers to amplify the light (but would they refract any see-able vision)</p>
<p>I would try all sorts of things eg, prismatic diffusers to amplify tje light, perhaps pwm the light, may also have a side in to the paranormal!</p>
I gave childrens IR googles which cost way less than that setup. I can see some value in it if you can do false colour imaging to accentuate the difference in IR as I have been looking just such a product.
<p>Remove IR filter from this http://aliexpress.com/item/1000TVL-SONY-IMX238-CMOS-3D-DNR-Fisheye-Lens-IR-CUT-Board-Camera/32330511599.html?ws_ab_test=201556_5,201527_2_71_72_73_74_61_75,0_0</p><p>camera module and remove raspberry</p>
<p>This is the one I made from a simple CCTV camera with night vision a cheap set of A/V goggles , and a hardhat: www.flickr.com/photos/mbarkley/17241215245/in/photolist-sgxJBP</p>
<p>Very good, I think you should have included the title of your project!!!</p><p>&quot;RedNeck Geek Night Vision Goggles&quot;</p>
<p>You can give the code for the raspberry pi night vision</p>
<p>There really isn't any code in this project.</p><p>Start up the raspberry pi and then just open terminal and type the commands above. If you wanted a better (more permanent) option then you could write a python program to start automatically which would allow you to run the camera straight away, or maybe add a switch and button to allow you to change between video and camera and the button could be used to take a photo? the code I used in this project would be a good start. </p><p><a href="https://www.instructables.com/id/Simple-Raspberry-Pi-Input-Output-Tricopter/">https://www.instructables.com/id/Simple-Raspberry-Pi-Input-Output-Tricopter/</a></p>
Is there links to each product ??
<p>As Georgeh3 below says the latest version of the googles is now available from hobby king (and you could pick up the BEC from there)</p><p><a href="http://www.hobbyking.co.uk/hobbyking/store/__78125__Quanum_DIY_FPV_Goggle_V2_w_5_inch_LCD_Monitor_Kit_.html">http://www.hobbyking.co.uk/hobbyking/store/__78125__Quanum_DIY_FPV_Goggle_V2_w_5_inch_LCD_Monitor_Kit_.html</a></p><p>And </p><p><a href="http://www.hobbyking.co.uk/hobbyking/store/__4319__TURNIGY_3A_UBEC_w_Noise_Reduction.html">http://www.hobbyking.co.uk/hobbyking/store/__4319__TURNIGY_3A_UBEC_w_Noise_Reduction.html</a></p><p>And the raspberry pi items come from CPC (in the UK)</p><p><a href="http://cpc.farnell.com/raspberrypi">http://cpc.farnell.com/raspberrypi</a></p><p>That just leaves the IR light which came from eBay (search for something like &quot;light IR raspberry&quot;</p><p>Hope that helps</p>
<p>The project is amazing and useful for use in night works . </p>
<p>Make sure to get the quantum version 2 googles, they are a lot better. Also if you want a really slim version fatshark makes some nice FPV goggles.</p>
<p>Awesome job!</p>
<p>Much kewlness! I noticed that the 3 LED illuminators seemed to glow rather brightly in the video, do they really glow that bright, or is is just the camera picking them up too well?</p>
<p>Yes I have to admit I was disappointed by them when I first tried them out, you can clearly see them glowing. at the start of the video when I explain about the lights and the sensor that turns them you can just about see them glow (in daylight).</p>
<p>Just a quick question: Could you make a simpler stand alone version with just the goggles and a cheap security camera that has night vision (with RCA video out - which I believe most do)? Obviously the difference s in operating voltages will need consideration...</p>
<p>yes I am sure you could do that, I was running the whole system from a 3 cell LiPo which is 12 volts, the LCD is 12 volts, so should be possible. the nice thing about having the raspberry pi is that I could record video or take pictures.</p>
<p>needs duck tape!</p>
<p>Very nice!</p><p>What is the lag between moving the camera and seeing the movement? In the video it looks like about 1-2 seconds, is this correct?</p>
That's a very good question and the answer is no. however when I edited the videos together I synchronised the two videos at the start and by the end they had slipped. there is a very small delay but only a fraction of a second.
<p>This is awesome! You should enter it in the <a href="https://www.instructables.com/contest/wearabletech/" target="_blank">Wearable Tech Contest</a>.</p>
<p>Thanks for your comments, I checked out the Wearable tech contest but wasn't able to enter as I published the Instructable one day early!</p>
<p>That looks awosome!... Also you already have entered in 3 contests;</p>
<p>Impressive results from a clever contrivance.</p>

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Bio: I love making things. I have for as long as I can remember liked to make stuff. Now days I have two kids (Thomas and ... More »
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